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Randomness / Computational complexity theory / Information theory / Randomness extractor / Coding theory / Extractor / List decoding / Entropy / Min-entropy / Theoretical computer science / Applied mathematics / Cryptography


Fuzzy Extractors: How to Generate Strong Keys from Biometrics and Other Noisy Data∗ Yevgeniy Dodis† Rafail Ostrovsky‡
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Document Date: 2008-04-01 12:50:42

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Park / /

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Average Min-Entropy / Artificial Intelligence Laboratory / SIAM Journal / /

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United States / Sudan / /

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Product Issues / FDA Phase / /

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Pennsylvania State University / Boston University / University Park / Weizmann Institute of Science / University of California / New York University / /

IndustryTerm

cryptographic applications / cryptographic systems / brute force search / quantum oblivious transfer protocol / less formal solutions / usual applications / computing / /

OperatingSystem

UNIX / /

Organization

New York University / Department of Computer Science / MIT / Pennsylvania State University / University of California / Los Angeles / Boston University / Weizmann Institute of Science / /

Person

Bob / Alice / Leonid Reyzin§ Adam Smith / Adam Smith¶ January / Rafail Ostrovsky‡ Leonid Reyzin / /

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author / extractor / fuzzy extractor / /

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reading w0 / BBCS91 / /

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R / C / K / /

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Pennsylvania / /

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SIAM Journal on Computing / /

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encryption / Cryptography / UNIX / secret key / quantum oblivious transfer protocol / /

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